KEGG   Canis lupus familiaris (dog): 612748
Entry
612748            CDS       T01007                                 
Symbol
ANKHD1
Name
(RefSeq) ankyrin repeat and KH domain-containing protein 1
  KO
K16726  ankyrin repeat domain-containing protein 17
Organism
cfa  Canis lupus familiaris (dog)
Brite
KEGG Orthology (KO) [BR:cfa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cfa03036]
    612748 (ANKHD1)
Chromosome and associated proteins [BR:cfa03036]
 Eukaryotic type
  Centrosome formation proteins
   Centrosome duplication proteins
    Other centrosome duplication proteins
     612748 (ANKHD1)
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 Ank_3 Ank_5 KH_1
Other DBs
NCBI-GeneID: 612748
NCBI-ProteinID: NP_001191024
Ensembl: ENSCAFG00000005786
UniProt: A0A8C0ME53 A0A8I3MIA7
Position
2:32656633..32775478
AA seq 2539 aa
MLTDGGGGGTSFEEDLDSVAPRSAPAGASEPPPPGGVGLGIRTVRLFGEAGPVPGVGGGG
SGAAGGDAALDFKLAAAVLRTGGGGGASGSDEDEVSEVESFILDQEDLDNPVLKTTSEIF
LSSTAEGADLRTVDPETQARLEALLEAAGIGKLSTADGKAFADPEVLRRLTSSVSCALDE
AAAALTRMRAENSHNAGQVDTRSLAEACSDGDVNAVRKLLDEGRSVNEHTEEGESLLCLA
CSAGYYELAQVLLAMHANVEDRGNKGDITPLMAASSGGYLDIVKLLLLHDADVNSQSATG
NTALTYACAGGFVDIVKVLLNEGANIEDHNENGHTPLMEAASAGHVEVARVLLDHGAGIN
THSNEFKESALTLACYKGHLDMVRFLLDAGADQEHKTDEMHTALMEACMDGHVEVARLLL
DSGAQVNMPADSFESPLTLAACGGHVELAALLIERGANLEEVNDEGYTPLMEAAREGHEE
MVALLLAQGANINAQTEETQETALTLACCGGFSEVADFLIKAGADIELGCSTPLMEASQE
GHLELVKYLLAAGANVHATTATGDTALTYACENGHTDVADVLLQAGADLEHESEGGRTPL
MKAARAGHLCTVQFLISKGANVNRATANNDHTVVSLACAGGHLAVVELLLAHGADPTHRL
KDGSTMLIEAAKGGHTNVVSYLLDYPNNVLSVPTTDVSQLTSSSQDQSQVPRVPMHTLAM
VVPPQEPDRTSQESSPALLGVQKGTSKQKSSSLQVADQDVLPPFHPYQPLECIVEETEGK
LNELGQRISAIEKAQLKSLELIQGEPLNKDKIEELKKNREEQVQKKKKILKELQKVERQL
QMKTQQQFTKEYLETKGQKDTVSLHQQCSHRGVFPEGEGDGSLPEDHLSELPQVDTILFK
DNDVDDEQQSPPSAEQIDFVPVQPLSSPQCNFSSDLGSNGTNSLELQKVSGNHQIIGQPQ
IAITGHDQGLLVQEPDGLMVATPAQTLTDTLDDLIAAVSSRVPTGSNSSSQTTECLTPEP
CSQSPSNVASQSMPPVYPSVDIDAHTESNHDTALTLACAGGHEELVSVLIARDAKIEHRD
KKGFTPLILAATAGHVGVVEILLDKGGDIEAQSERTKDTPLSLACSGGRQEVVDLLLARG
ANKEHRNVSDYTPLSLAASGGYVNIIKILLNAGAEINSRTGSKLGISPLMLAAMNGHVPA
VKLLLDMGSDINAQIETNRNTALTLACFQGRAEVVSLLLDRKANVEHRAKTGLTPLMEAA
SGGYAEVGRVLLDKGADVNAPPVPSSRDTALTIAADKGHYKFCELLINRGAHIDVRNKKG
NTPLWLASNGGHFDVVQLLVQAGADVDAADNRKITPLMSAFRKGHVKVVQYLVKEVNQFP
SDIECMRYIATITDKELLKKCHQCVETIVKAKDQQAAEANKNASILLKELDLEKSREESR
KQALAAKREKRKEKRKKKKEEQKRKQEEDEENKPKENSELPEDEDEEENDEDVEQEVPIE
PPSATTTTTIGISATSATFTNVFGKKRANVVTTPSTNRKNKKNKTKETPPTAHLILPEQH
ISLAQQKADKNKINGEPRGGGTGGNSDSDNLDNTDCNSESSSGGKSQELNFTMDVNSSSD
RRYTSLLLHSQEEKTSTATSKTQTRLEGETSTNSLSTSCKSVPLPLSSPNIKLNLTSPKR
GQKREEGWKEVVRRSKKLSVPASVVSRIMGRGGCNITAIQDVTGAHIDVDKQKDKNGERM
ITIRGGTESTRYAVQLINALIQDPAKELEDLIPKNHIRTPASTKSIHANFSSGVGTTAAS
SKNAFPLGAPTLVTSQATTLSTFQPTNKLTKNVPANVRSSFPVSLPLAYPHPHFALLAAQ
TMQQIRHPRLPMAQFGGTFSPSPNTWGPFPVRPVNPGNTNSSPKHNNAGRLPNQNGTVLP
SESAGLATASCPITVSSVVAASQQLCVTNTRTPSSVRKQLFACVPKTSPPATVISSVTST
CSSLPSVSSAPVTSGQVPTTFLPASTPQAQLSSQKMESFSAMPPPKEKVSTQDQAMAHLC
TPSSTANSCSSSASNTPGAPETHPSSSPAPPSSNTQEEVPPSSVSDLSPMSMPFASNSEP
APLTLASPRLVAADNQDTSNLPQLAVPAPRVSHRMQPRGSFYSVVPNATIHQDPQSIFVT
NPVPLTPPQGPPAAVQLSSAMNIMNGSQMHINPANKSLPPTFGPATLFNHFSSLFDSSQV
PANQGWGDGPLSSRVAADASFTVQSAFLGNSVLGHLENVHPDNSKAPGFRPSQRVSTSPV
GLPSIDPSGNSPSSSSATLTSFSGIPGTRVFLQGPAPVGTPSFNRQHFSPHPWTSASNSS
TSAPPTLGQPKGGSASQDRKIPPPIGTERLARIRQGGSVAQAPVGTSFVAPVGHSGIWSF
GVNAMSEGLSGWSQSVIGNHPMHQQLSDPSTFSQHQPMERDDSGMVAPSNIFHQPMASSF
LDFSKGLPISMYGGTIIPSHPQLADVPGGPLFNGLHNPDPAWNPMIKVIQNSTECTDAQQ
IWPGTWAPHIGNMHLKYVN
NT seq 7620 nt   +upstreamnt  +downstreamnt
atgctgaccgatggcggaggcggcggcacctcctttgaggaggacctggactcggtggct
ccgcgatccgccccagccggggcctcggagccgcctccgccgggaggggtcgggctgggg
attcgcaccgtgagactctttggggaggctgggcccgtgccgggagtcggtggcggcggc
agcggtgcggccggaggggacgcggcgctggatttcaagttggcggctgccgtgctgagg
accgggggtggaggtggtgcctctggcagcgacgaggacgaggtgtccgaggtcgaatca
tttattttggaccaagaagatctggataacccagtactgaaaacaacatcagagatattc
ttatcaagtactgcagaaggagcagacttacgcactgtggatccagagacacaggcacga
ttagaagcattgctagaagcagcaggaattggcaaattgtcaactgctgatggtaaagct
tttgcagatcctgaggtactccggagactgacatcctcagtaagttgtgcattagatgaa
gctgctgctgcactgacacggatgagagcagaaaatagccacaatgcaggacaagtagac
actcgtagtctggcggaagcttgttcagatggggatgtgaatgctgttcgtaaattgtta
gatgaaggcagaagtgtaaatgagcatacagaagaaggagaaagtctactctgtttggct
tgttcagcagggtattatgaattagcacaagtattacttgctatgcatgctaatgttgag
gatcgagggaataaaggagacataactcccctaatggcagcatccagtggaggttattta
gatattgtgaaattattacttcttcatgatgcagatgtcaactctcagtcagcaacagga
aatactgcattaacttatgcctgtgctggaggatttgttgacattgtgaaagtgctactt
aatgaaggtgcaaatatagaagatcataatgaaaatggacatacccccttaatggaagca
gctagtgcaggtcatgtggaagttgcaagagttcttctggatcatggggcaggcatcaac
actcattctaatgaattcaaagaaagtgctcttacccttgcatgctataaaggccatttg
gatatggttcgctttctacttgatgctggtgcagatcaagagcacaaaacagatgagatg
cacactgctttaatggaggcttgcatggatggacatgtagaggtagcacgtttgcttttg
gatagtggtgctcaagtgaatatgcctgcagattcattcgaatctccgttaacgctagct
gcctgtggaggacacgttgaattggcagctctacttattgaaaggggagcaaatctagaa
gaagtaaatgatgaaggatatactcccttgatggaagctgctcgggaaggccatgaagag
atggtggcactcctcctagcacaaggagcaaatataaatgcccagacagaagaaacccaa
gaaactgctctgaccttggcttgttgtggaggattttctgaagttgcagacttcttgatt
aaggcaggggctgatatagaacttggctgctccacacctctgatggaggcttcacaggag
ggacaccttgaactggttaaatatttattggctgccggtgctaatgttcatgctacaaca
gcaacaggagacacagccttaacctatgcttgcgaaaatggacatacggatgttgcagat
gttttacttcaagcaggagctgatttagaacatgaatctgagggtggaagaacacctttg
atgaaagccgcaagagctggtcatttgtgcaccgtgcagtttcttattagcaaaggtgcc
aatgtgaacagggctacagccaataacgatcatacggtagtatctctggcatgtgcagga
ggtcacctggcagttgttgagttacttttggctcatggagctgaccctactcatcgactc
aaggatggttcgacaatgctcattgaagctgcaaaaggtggccatactaatgttgtttct
tatctattggattatccaaacaatgttctgtcagttcctactacagatgtgtctcagctc
acctcatcttctcaagatcaatctcaggttcctcgtgtaccaatgcacacacttgccatg
gttgtacctccccaggaacctgacagaacatcacaggagagctctcctgcccttttaggg
gtacaaaaaggtacatccaagcagaagtccagttccctgcaggtagcagatcaggacgta
ctgccaccttttcacccataccagcctttggagtgcatagtagaggagactgaaggcaag
ctgaatgaactgggacaaagaattagtgctattgaaaaagcacagcttaagtcactggag
ttaattcaaggtgaacctctgaacaaagataagatagaagaacttaaaaagaacagagaa
gaacaagttcagaagaagaagaaaatactgaaagaactacagaaagtggaaaggcagttg
cagatgaaaacacagcagcaatttaccaaagaatacttggaaaccaaaggtcagaaagac
acagtatctctacaccagcagtgctctcatagaggagtcttcccagaaggggaaggagat
ggtagtctcccagaggatcatttatcagagttacctcaggttgacacaatcttatttaaa
gataatgatgttgatgatgagcagcagtctccaccatcggcagaacaaattgattttgtc
ccagtccagcctttatcatctccacagtgtaacttttccagtgacttaggttctaatggg
acaaattctcttgaacttcagaaagtatcaggtaatcatcagattataggacagcctcag
attgctattactggacatgatcaggggctgttagttcaagaaccagacggacttatggtt
gcaactccagcccagacgcttaccgacactcttgatgacctgatagcagctgtgagtagc
agagtgcccactggttcaaacagttcctctcagaccacagaatgtcttacacctgaaccc
tgttctcagtctccaagcaatgtggcttcccagtctatgcccccggtctatccttcagtt
gacattgatgcacatactgagagcaatcacgacacagcattaacattagcttgtgcgggt
ggtcatgaagaacttgtgtctgtactcattgcacgagatgctaaaattgagcacagagat
aaaaaaggtttcacaccactgatcctggcagcaacagccgggcatgttggagttgttgaa
atccttttggataaaggtggagatatagaagcacaatctgaacgcactaaggatactcca
ctttcattagcatgttctggtggacgtcaggaggtagtagacttgctgctggctcgaggt
gcaaataaagaacataggaatgtgtctgattatacaccactgagtctagctgcatctgga
ggatatgttaacatcattaagattctgcttaatgctggtgcagagattaattcaaggact
gggagtaaactaggtatttctcccctgatgttggctgccatgaatggacacgttcctgca
gtgaaactgctgcttgatatgggttcagacattaatgcccaaatagagaccaatcggaac
acagctctcaccttggcctgtttccaaggccgagcagaagttgtgagtttgcttctggac
cgaaaagccaatgttgaacatagagcaaagactggccttactcctttgatggaagctgct
tctggaggatatgcagaggttggaagagttctccttgataaaggagcagatgtcaatgct
ccccctgtgccttcctcaagagatactgctttaacaatagcagccgacaaaggtcactac
aagttttgtgagctcctgattaataggggagcccatattgatgttcgaaacaagaaggga
aacacaccactttggttggcatccaacggtggtcattttgatgtggtgcaattgctagtg
caagcaggtgctgatgtagatgcagcagataacaggaaaatcacacctcttatgtcagca
tttcgcaagggtcatgtaaaagttgttcaatatttggtgaaggaagtgaatcagttccct
tctgatatagaatgcatgagatacatagcaacaattacagataaggaactcttgaaaaaa
tgtcaccaatgtgttgagacaattgtgaaggctaaagaccagcaggctgcagaagcaaat
aagaatgcaagtattcttttgaaggaacttgatctggaaaagtcaagagaggagagcaga
aaacaggctcttgcagctaaaagagaaaaaaggaaagaaaagagaaaaaagaaaaaagag
gaacagaaaaggaagcaggaagaagatgaggaaaacaaacctaaggagaattcagaacta
ccagaggatgaagatgaagaagagaatgatgaagatgtggagcaagaagttcccatagaa
cctcctagtgcaacgaccactaccacaattggaatctctgcaacatctgcaacattcaca
aatgtgtttgggaaaaaaagggccaacgtggtgacaacccccagcaccaatcggaaaaat
aagaagaacaaaacaaaggagacccctcccactgctcatttaatattaccagaacaacat
atatccttagcacagcaaaaagctgataaaaataaaataaatggagaacccagaggtggt
ggtacaggtggaaatagtgactctgataacttggacaacacagactgcaacagtgagagt
agcagtggtggtaaaagccaagagttaaatttcactatggatgtgaattcctctagtgat
aggagatacacctcactgctactccattcccaagaagagaagacaagtactgccacttcc
aaaactcagacacgacttgaaggtgaaacaagtactaattccttatcaacaagctgtaag
tcagtgccattgccattaagttctccaaacataaagctgaatctgactagccccaaaagg
ggacagaaaagagaagaaggatggaaagaagttgtaagaaggtcaaagaaattgtctgtt
ccagcttctgtagtttccaggataatgggaagaggaggctgcaacatcactgcaatacaa
gatgttacaggcgcccatattgatgtggataaacaaaaagataagaatggtgaaagaatg
atcacaataaggggtggtacagaatcaacaagatatgcagttcagcttatcaatgcactt
attcaagatcctgctaaggaactggaagacttgattcctaaaaatcatatcagaacacct
gccagcaccaaatctatccatgcaaacttctcatctggagtaggcaccacagcagcttcc
agtaaaaatgcatttcctttgggtgctccaactcttgtaacctcacaggcgacaacatta
tctacgttccagccaactaataaacttaccaagaatgttccagcaaatgtacgttcttct
ttcccagtttctctacccttggcttacccccaccctcattttgccctgctggctgctcaa
actatgcaacagattcggcatcctcgcttacccatggcccagtttggaggaaccttttca
ccctctcctaacacttgggggccattcccagtgagacctgtgaatcctggcaacaccaat
agctctccaaagcataataacgcaggccgtctacctaaccagaacgggactgtcttaccc
tcagagtctgctgggctagctaccgccagttgtcctatcactgtctcttcagtagttgct
gccagtcagcagctgtgtgtgactaatacccggactccttcatcagtcagaaagcagttg
tttgcctgtgtacctaagacgagtcctccggcaacagtgatttcttctgtgacaagcact
tgtagttccttgccttctgtttcctctgcacctgtcactagcgggcaagttcccaccaca
tttctgcccgcaagtactcctcaagcccagctttcttcacagaagatggagtctttctct
gccatgccaccccccaaagagaaagtatccacacaggatcaggccatggcacacctgtgc
accccatcttccactgccaatagttgcagtagctctgccagcaacaccccaggagctcca
gaaactcacccatccagtagtcctgctcctccctccagtaacacacaggaggaggtacca
ccatccagtgtgtctgatttaagtcccatgtcgatgccttttgcatctaactcagaacca
gctccattgactttggcatcacccagactggttgctgctgataatcaggacaccagtaat
ttacctcaattagctgtaccagcacctcgagtttctcatcgaatgcagcccagaggttct
ttttattcagtggtaccaaatgcaactatccaccaggatccccagtctatttttgtcaca
aatccagttcctttaacaccacctcaaggcccaccagctgcagtgcagctttcttcagcc
atgaacattatgaatggttctcagatgcacattaacccagcaaataaatctttgccacct
acatttggcccagccacgcttttcaatcacttcagtagtctttttgatagcagtcaggtg
ccagctaaccagggttggggagatggtccactgtcctcacgagttgctgcagatgcctct
ttcactgttcagtcagcgttcctgggtaactctgtacttggacacttggaaaatgtgcac
ccagacaactctaaggcacctggcttcagaccttcccagcgagtttctactagtccagtg
ggcttaccatccattgacccatcaggcaactccccatcttcctcttcagctactctgaca
agtttttccggcatacctggaacacgggttttcctgcaagggccagctcctgttgggact
ccaagtttcaacagacaacatttttccccccatccttggacaagcgcctcaaactcatcc
acctctgccccaccaacattgggccaaccaaaaggaggcagtgccagtcaggatcgaaag
atacctccccccattggaacagagagattagcccggattcgacaaggagggtctgtcgca
caagcccctgtggggaccagttttgtcgctcccgttggacacagtggaatctggtcattt
ggtgtcaacgctatgtcagaaggcttatcaggttggtcacagtctgtgatagggaaccat
ccaatgcatcaacaattatcagacccaagcacattctcccagcatcaaccaatggagaga
gatgattctggaatggtagccccctctaacatttttcatcaacctatggcaagcagtttt
ctggatttttctaaaggtctgccaatttccatgtatggaggcaccataataccctctcat
cctcagcttgctgatgttccaggaggacctctgtttaatggacttcacaacccagatcct
gcttggaaccctatgataaaagttattcaaaattcaactgaatgcactgatgcccagcag
atttggcctggcacgtgggctcctcatattggaaacatgcatctcaaatatgtcaactaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (2)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (6)   
   Pfam (6)   
All databases (74)   

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